1) time-dependent electric field
含时外电场
1.
Double wave description of the motion of a charged harmonic oscillator in an external time-dependent electric field is discussed.
讨论含时外电场中带电谐振子的双波描述,给出相关物理量的时间演化方程,得到双波描述的经典极限与纯经典描述相一致的结论。
2) time-dependent linear external field
含时线性外场
3) time-dependent ionization
含时电离
1.
Effect of time-dependent ionization on properties of the ultrashort pulse propagation and optical power limiting in a two-photon absorption molecular medium
含时电离对飞秒脉冲激光在强双光子吸收介质中传播特性和光限幅行为的影响
2.
The effect of time-dependent ionization on two-photon absorption (TPA) cross section of 4,4\'-bis (dimethylamino) stilbene molecules is studied, through solving, the Maxwell-Bloch equations using an iterative predictor-corrector and finite-difference time-domain technique.
通过采用时域有限差分法和预估矫正法数值求解麦克斯韦-布洛赫方程,研究了含时电离对分子材料4,4-二甲氨基二苯乙烯的动态双光子吸收截面的影响。
4) controlled potential
外控电场
1.
Effect of controlled potential for T.f desulphurization;
外控电场对氧化亚铁硫杆菌脱硫的影响
5) electric field
外电场
1.
Coagulation of charge particles with an R-R distribution in an electric field;
外电场作用下R-R分布的荷电颗粒的凝聚
2.
Analysis of hopf bifurcation in the hodgkin-Huxley model exposed to external DC electric field
外电场下Hodgkin-Huxley模型的分岔分析
3.
At the same time, the excited states of methyl vinyl siloxane under different external electric fields are investigated.
同时研究了外电场对甲基乙烯基硅酮分子激发态的影响规律。
6) electric field
外加电场
1.
The growth of ZnO nanowires under electric field and field emission property;
ZnO纳米线在外加电场下的生长及场发射性能
2.
In order to control the growth of ZnO nanowires effectively,the authors have fabricated ZnO nanowires by thermal evaporation under the condition of electric field.
为了有效控制ZnO纳米线的生长,采用物理热蒸发法在外加电场的条件下制备ZnO纳米线。
3.
CdS nanowire arrays,nanobelt and nanotubes have been synthesized successfully by thermal evaporation under condition of electric field.
在外加电场的条件下利用物理热蒸发法成功制备出CdS纳米线阵列、纳米带和纳米管,纳米线阵列沿平行于电场方向生长。
补充资料：阿含时
【阿含时】
（术语）教相判释五时之一。世尊说阿含经之时。又名鹿苑时。以于鹿野苑说此故也。佛成道后十二年间之名。大藏经中四阿含之外，或冠阿含之名，或立别题之小乘经甚多，皆为阿含之别出及其部类，故一切小乘部之经典，总名阿含经。
（术语）教相判释五时之一。世尊说阿含经之时。又名鹿苑时。以于鹿野苑说此故也。佛成道后十二年间之名。大藏经中四阿含之外，或冠阿含之名，或立别题之小乘经甚多，皆为阿含之别出及其部类，故一切小乘部之经典，总名阿含经。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条